Merge pull request kishanrajput23#28 from adi-ray/main

Added advanced Rock, paper, scissor game in python

Game/README.md

@@ -3,3 +3,14 @@
 I have used Python to construct an automatic version of the well-known game Tic-Tac-Toe. There is no need for user input because the programme plays the game automatically.
 numpy and random Python libraries are used to build this game. Code randomly selects a spot on the board and places the mark rather than asking the user to do it.
 It will display the board after each turn unless a player wins.It returns -1 if the game is a draw.
+
+# Rock, Paper, Scissors, Game using Python
+Python is a programming language, and we're going to be modifying a Rock, Paper, Scissors game today!
+
+Games are powered by rules, and this is no exception! We'll be writing the rules to make our code work using Python.
+
+
+# What's in this project?
+← README.md: That's this file! It explains what our project is and how it works.
+
+← game.py: This file contains our game's code!

Game/game.py

@@ -0,0 +1,122 @@
+import random
+
+winner = False
+valid_moves = ["rock", "paper", "scissors"]
+state = [""] # we start with an empty string in the state to prevent problems later in the workshop!
+winners = []
+
+# 🌟 This function asks our user to enter a move!
+def ask_move():
+  move = input("🤔 What move do you want to play?\n Type rock, paper or scissors!\nMove: ")
+
+  # If the move isn't rock, paper or scissors, return an error
+  if move not in valid_moves:
+      print("That is not a valid move")
+  else:
+    return move
+
+
+# 🌟 This function returns the most frequent move in our list
+def most_common(list):
+  rock_count = 0
+  paper_count = 0
+  scissors_count = 0
+
+  for move in list:
+    if move == "rock":
+      rock_count += 1 # increment rock count by 1
+    elif move == "paper":
+      paper_count += 1
+    elif move == "scissors":
+      scissors_count += 1
+
+  # return the most common
+  if rock_count >= scissors_count and rock_count >= paper_count:
+    return "rock"
+  elif paper_count >= rock_count and paper_count >= scissors_count:
+    return "paper"
+  else:
+    return "scissors"
+
+
+# 🌟 This function sets the rules that our opponent uses to decide their move!
+def make_move():
+  number = len(state) % 3
+  catchphrase = ["Bazinga!" , "Cowabunga!" , "Booyah!"]
+  print(catchphrase[number])
+  # move = valid_moves[number]
+  # last_move = state[-1]
+
+  if random.randint(0,1) == 0:
+    # if last_move == "rock":
+    if most_common(state) == "rock":
+     move = "paper"
+    # elif last_move == "paper":
+    elif most_common(state) == "paper": 
+     move = "scissors"
+    else:
+     move = "rock"
+  else:
+    move = random.choice(valid_moves)
+
+  return move
+
+# 🌟 This function lets us check who won our game of rock paper scissors!
+def check_winner(player_move, computer_move):
+  if player_move == computer_move:
+    return "draw"
+
+  elif player_move == "rock":
+    if computer_move == "scissors":
+      return "player"
+    else:
+      return "opponent"
+
+  elif player_move == "paper":
+    if computer_move == "rock":
+      return "player"
+    else:
+      return "opponent"
+
+  elif player_move == "scissors":
+    if computer_move == "paper":
+      return "player"
+    else:
+      return "opponent"
+
+# This function helps us work out who is the overall winner of the five games
+# It outputs the most common element in a list
+# This is a bit of slightly more advanced code than the rest of our game, so don't
+# worry about understanding it!
+def most_common(list):
+  return max(set(list), key=list.count)
+
+
+# This is our game loop!
+while not winner:
+  player_move = ask_move()
+  computer_move = make_move()
+
+  # Lets update our state!
+  state.append(player_move)
+
+  # Okay, lets see who won this round!
+  round_winner = check_winner(player_move, computer_move)
+
+  # Now we know who won, let's put a message in our console telling the player!
+  if round_winner == "player":
+    print("🏆 Congratulations, you won!")
+  elif round_winner == "opponent":
+    print("❌ Oh no! You lost!")
+  else:
+    print("🏁 You drew with your opponent! It's a tie!")
+
+  # Next up, let's add our winner to our list of winners
+  # Our game of rock, paper, scissors is a best of five game
+  # This lets us keep track of who wins the best of five!
+  winners.append(round_winner)
+
+  # When five games have been played, output the winner then end the game
+  if len(winners) == 5:
+    winner = most_common(winners)
+    print("🎉 The winner of the five games was: {}".format(winner))